Corning Cell Culture Dish, Sterile, Polystyrene, Round, Ultra-Low Attachment Treated, 21 cm2; 20/Cs

Representative image only.
Corning Mfr # 3261 – Item # RK-01835-20
Vented lid design provides consistent gas exchange
  • Optically-clear polystyrene allows for easy cell viewing
  • Stacking beads aid in handling
  • Sterilized by gamma radiation and nonpyrogenic
  • Unique hydrogel surface inhibits cell attachment

PRODUCT OPTIONS

$648.29CAD / Case of 20

SPECS & DESCRIPTION

Specifications & Description

  • Min Working Well Volume (mL)4.2
  • Max Working Well Volume (mL)6.3
  • Well Diameter (mm)60
  • Well ShapeRound
  • Culture Area (cm²)21
  • Surface TreatmentUltra-Low Attachment Treated
  • Lid (Included)Yes
  • SterileYes
  • Height (mm)15
  • DescriptionCell Culture Dish, Sterile, Polystyrene, Round, Ultra-Low Attachment Treated, 21 cm2; 20/Cs
Nonpyrogenic

Key Features

  • Optically-clear polystyrene allows for easy cell viewing
  • Stacking beads aid in handling
  • Sterilized by gamma radiation and nonpyrogenic
  • Unique hydrogel surface inhibits cell attachment

More About this Item

These sterile cell culture dishes are constructed of durable polystyrene and feature stacking beads for easier handling and to prevent accidental lid lift-off. Choose from a variety of dish shapes and surface treatments.

Dish Shape options include a round and square. Round dishes are the industry standard while square plates allow for easier handling and are ideal for the researcher who wishes to culture large numbers of anchorage dependent cells.

Surface Treatment include non-treated, tissue culture (TC) treated, and ultra-low attachment treated. Non-treated dishes are ideal for applications where cell attachment is not desired. TC-treated dishes allow for optimal cell attachment. Ultra-low attachment surface treatment features a covalently bound hydrogel layer that minimizes cell attachment, protein absorption, and cellular activation.

Ideal to maintain cells in a suspended, unattached state; prevent stem cells from attachment-mediated differentiation; prevent anchorage-dependent cells from dividing; and reduce binding of attachment and serum proteins to the substrate.

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